Historical Industrial Processes

Vintage clips depicting various manufacturing processes, from steel production to tire manufacturing, capturing the essence of industrial evolution.

USA - 1957 - Iron is separated from taconite at a steel mill.

Electrical installation, generator.

Machine No. 10353. Type FM24 with REM Disc 60 HK 6000/750 turns. Delivered to Ryde use.

Labor Inspectorate Photo Collection. 10x15 Celebrocator Protection. January 1905

Cecil Beaton Photographs- Tyneside Shipyards, 1943.

Image of a Thomassen Frichs diesel engine for a streamline motor vehicle from the 2901-2908 series (OMBC) of the N.S. at Werkspoor in Zuilen.

Aut. Gas cutting of plates

Boxholm's ironworks. The thin plate wall mill around 1917.

Victor 200 KVA x-ray machine to be transferred to Harvard Smithsonian Institute , Armories, Ordnance industry, Machinery, Radiography, Watertown Arsenal Mass.. Records of U.S. Army Operational

Anefo photo collection. Stadsschouwburg demolished concrete mill on ground. October 8, 1959

The State Railways, SJ B 1365. Coaling of locomotives. Made in 1918 by Nohab, manufacturing number 1143.

Victor 200 KVA x-ray machine to be transferred to Harvard Smithsonian Institute , Armories, Ordnance industry, Machinery, Radiography, Watertown Arsenal Mass.. Records of U.S. Army Operational

General Motors Plant - Petone, 1926, Petone, by Gordon Burt, Gordon H. Burt Ltd.

Production image.The old manufacturing method, i.e. They lost axes with potted egg steel.

The vintage season Zikh'ron Ya'aqov, July 24, 1939, Israel, Zikhron Yaʻaḳov

This early 1900s photo shows the pouring side of open hearth furnaces. Instead of making pig iron, the molten iron is generally carried in the ladles, direct to the open hearth furnaces. On one side of the row of furnaces is the charging floor. A huge overload charging machine travels the length of it. A quantity of limestone is spread on the floor of the furnace; then come the ladles carrying the seething mass of red hot iron from the blast furnace. The lower door of the furnace is closed and this molten mass is poured in through the upper door provided for the purpose. In this very hot furnace, which reaches 4000 degrees of heat, the iron ore is freed from its carbon, phosphorus, and sulfur. Then, since steel must have carbon in it, just the right amount of carbon is added to the melt. The photo was taken at the Inland Steel Company, whose business was reducing iron ore to steel. Its only steel mill was located in East Chicago, Indiana, on the Indiana Harbor and Ship Canal and a larg

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Vintage Photograph. New York Central Railroad shop welder examining boiler

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